Sponges are organisms and are neither intercellular nor extracellular, as those terms refer to the substances around a cell. Intercellular means that it is located between or among cells, whereas extracellular means it is located outside the cell. Because sponge is a living organism with many cells, it is not qualified for such descriptions.
The intracelluar fluid is negative with respect to the extracellular fluid.
Connective tissue contains jellylike intercellular material called the extracellular matrix, which provides support and connects cells together. Examples of connective tissue include cartilage, bone, and adipose tissue.
Epithelial tissues have very little intercellular matrix. They are composed of tightly packed cells that form continuous sheets, with minimal extracellular space between them. This allows epithelial tissues to function as barriers and provide protection to underlying tissues.
Extracellular refers to the environment outside of a cell. It includes spaces such as the area between cells (intercellular space) and the blood plasma. Extracellular components play a significant role in cell signaling, nutrient exchange, and waste removal.
intracellular pathogens can only replicate inside a host cell, whereas extracellular pathogens can replicate independent of the host
The intracelluar fluid is negative with respect to the extracellular fluid.
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Another name for intercellular fluid is extracellular fluid. It describes the fluid found outside of cells but within the body tissues. This fluid contains water, electrolytes, and various nutrients that help maintain cellular function.
Connective tissue contains jellylike intercellular material called the extracellular matrix, which provides support and connects cells together. Examples of connective tissue include cartilage, bone, and adipose tissue.
No, the cells of sponges do not have cell walls. Instead, sponge cells are held together by a gelatinous extracellular matrix called mesohyl. This allows for flexibility and mobility of the sponge's body.
Epithelial tissues have very little intercellular matrix. They are composed of tightly packed cells that form continuous sheets, with minimal extracellular space between them. This allows epithelial tissues to function as barriers and provide protection to underlying tissues.
Extracellular refers to the environment outside of a cell. It includes spaces such as the area between cells (intercellular space) and the blood plasma. Extracellular components play a significant role in cell signaling, nutrient exchange, and waste removal.
intracellular pathogens can only replicate inside a host cell, whereas extracellular pathogens can replicate independent of the host
The extracellular matrix is a structure outside of cells and is composed of various proteins and molecules secreted by cells. Organelles such as the endoplasmic reticulum, Golgi apparatus, and vesicles are responsible for synthesizing and secreting components of the extracellular matrix. They help maintain the integrity, structure, and function of tissues in multicellular organisms.
Cells can digest substances through intracellular digestion, where enzymes break down molecules inside the cell's cytoplasm, or through extracellular digestion, where enzymes are secreted outside the cell to break down larger substances before they are absorbed.
No, nerve tissues are made up of specialized cells called neurons that transmit electrical signals. These cells are surrounded by other types of cells called glial cells that provide support and protection. Collagen is a type of protein found in the extracellular matrix of connective tissues, not in the intercellular spaces of nerve tissues.
The intercellular environment can be described as the "sea within us" because it contains a fluid medium (extracellular fluid) that surrounds and bathes the cells, similar to how the sea surrounds marine life. This fluid medium transports nutrients, gases, and waste products, and helps maintain cellular homeostasis by regulating temperature, pH, and other factors. Just like the sea is essential for marine life, the intercellular environment is crucial for the survival and function of cells in our body.